时间:2019-01-03 作者:英语课 分类:2018年VOA慢速英语(三)月


英语课

 


Rich cities around the world are largely responsible for greenhouse gas emissions 2, says a new study.


The study measures emissions based on the use of goods and services, such as food, clothing and electronics, by people living inside cities. It includes the impact of trade of such goods between points of production and use.


This is a change from traditional measures, which look at emissions from production of goods.


When measuring these gases based on consumption, rather than manufacturing, the biggest emitters are mainly cities in North America and Europe. The study found their emissions were 60 percent higher than currently estimated.


Researchers shared this information this month at a United Nations climate conference in Edmonton, a city in Alberta, Canada.


About 750 city leaders, university researchers and scientists from 80 countries took part. They discussed the latest climate research and what local governments can do to fight climate change.


Attendee Mark Watts 3 is the head of C40, the organization that did the study. C40 is an alliance of more than 90 cities working to fight climate change. The study examined 79 cities that are part of the alliance.


Watts said this newer method offers a fuller picture of greenhouse gas emissions by linking them to consumers rather than manufacturers.


The new estimates put the responsibility on richer consumers and “increase(s) the scope of things that policy makers 4 in cities” can do to lower emissions, he said.


Cities use more than two-thirds of the world’s energy.


Big cities, big problem


The new estimate comes at a time when there is concern that national governments will not meet the climate promises they made in 2015 in Paris.


Traditionally researchers have considered manufacturing countries such as China and India among the top emitters of greenhouse gases. This study shows that the demand for and use of the products of such manufacturers is part of the overall process of greenhouse gas emissions.


Debra Roberts is one of the heads of the United Nation’s Intergovernmental Panel on Climate Change. She said that using consumption-based measures was “revolutionary.”


“But ... these are ideas whose time is probably almost imminent 5,” she told the Thomson Reuters Foundation during the conference.


I'm Alice Bryant.


Words in This Story


greenhouse gas – n. n. a group of gases that trap heat and are linked to increased temperatures in the atmosphere, including carbon dioxide and methane 6


emission 1 – n. n. the act of producing or sending out something (such as energy or gas) from a source?


consumption – n. the use of something


scope – n. the area that is included in or dealt with by something


imminent – adj. happening very soon



n.发出物,散发物;发出,散发
  • Rigorous measures will be taken to reduce the total pollutant emission.采取严格有力措施,降低污染物排放总量。
  • Finally,the way to effectively control particulate emission is pointed out.最后,指出有效降低颗粒排放的方向。
排放物( emission的名词复数 ); 散发物(尤指气体)
  • Most scientists accept that climate change is linked to carbon emissions. 大多数科学家都相信气候变化与排放的含碳气体有关。
  • Dangerous emissions radiate from plutonium. 危险的辐射物从钚放散出来。
(电力计量单位)瓦,瓦特( watt的名词复数 )
  • My lamp uses 60 watts; my toaster uses 600 watts. 我的灯用60瓦,我的烤面包器用600瓦。
  • My lamp uses 40 watts. 我的灯40瓦。
n.制造者,制造商(maker的复数形式)
  • The makers of the product assured us that there had been no sacrifice of quality. 这一产品的制造商向我们保证说他们没有牺牲质量。
  • The makers are about to launch out a new product. 制造商们马上要生产一种新产品。 来自《简明英汉词典》
adj.即将发生的,临近的,逼近的
  • The black clounds show that a storm is imminent.乌云预示暴风雨即将来临。
  • The country is in imminent danger.国难当头。
n.甲烷,沼气
  • The blast was caused by pockets of methane gas that ignited.爆炸是由数袋甲烷气体着火引起的。
  • Methane may have extraterrestrial significance.甲烷具有星际意义。
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a-ScTx
allottest
anti condensation device
area monitoring
atah
atomizers
Baisakhi
barlines
baseman
body fixed coordinate
calameneol
chock up
clear-air-turbulence-detection laser system
collector identifier
conepates
constant multiplier coefficient unit
contract of bailment
crosslinear
dead rekoning computer
deep state
defosfamide
dendrobium hancockii rolfe
desires to know
dexabinol
dibroquin
diffracted ray
Dipsacus asper
dying year
el-tahrir
electrolytic caustic soda
enoplid
execution for the benefit of creditors
Fannia canicularis
fender shield
flexible cast
fusion complex
gellius
geological factor
Girou
gonococcal arthritis
grain failure
hurricane radar band
hydatosis
hydropower
I transmit later
imanishi-karis
inframedian
jig and tool design
kalameined
kambarov
klavern
kristie
leptophyll
linetoline
lock frame
magnitude order
mandrel pin
manipulator-operated
Marconi magnetic detector
maxillary protraction
micro-plot experiment
mormor
multitudinarious
oviduct funnel
oyly
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pig's wash
Pinkerton syndrome
pinus radiatas
pont-levis
proper energy
pulsific
rabbit job
radio-frequency ceramic
rebetiko
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renal-splenic venous anastomosis
rowdens
secondary bond
self-energy interrupter
serpenter
shinoda
Short coupon
single-wall buttress
Smithsonitum
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soyamilk
spick
supply continuity criterion
support of the catalyst
Taeniaesporites
tank selector valve
thyratron chatter detector
traied plough
tynsel
ultramicroscopical
unction
uninterpretable
unit chassis-body construction
vanizide